This is why I love science, just simple Fluid dynamics of physics the problem is solved. This is why investment in education (Basic and research) can never be a waste.

P is the pressure,h is the height of the liquid,ρ is the density of the liquid, g is gravity. None of these variables changed in the setup. If you consider the air pressure in the 4 containers, Boyle's law disagree to that. There's a pump added behind the camera.

The four bottles are acting like accumulator in Hydraulics. It improves pressure and flow of fluid.

1st Frame : shows that the Bottles are all straightened after fixing 2nd Frame : Bent Bottles before the water flows through it… Direct flow from the Tank can’t bend the bottles.. This can only happen when an external pressure have been applied like a pressure pump….

Has someone in the plumbing field tried this to confirm whether it works? We don't have to doubt until it has been tested out. Remember the Wright Brothers, they discovered aerodynamics and claimed they could make humans fly; they were taken to a hospital to have their heads examined.

All these stress are needless, Just replacing the ascending pipe with a smaller diameter will produce better pressure.

Would have said this is how capacitors work, but capacitors don’t increase the current, they only increase / stabilize the voltage, not sure this would work

Education is and can never be a scam

This is Fluid mechanics simplified not quoting of laws and formulas from R.S Khurmi or Rajput

This idea is great and makes sense. But the increased pressure won’t last too long because soon enough the air in the bottles will escape with the water and the pressure will soon be back to what it was before.

@DONkingsley7 Why is he wasting water 💦 now just to demonstrate Fluid dynamics and pressurization 😂 🤣